CN205735292U - Moulding press - Google Patents
Moulding press Download PDFInfo
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- CN205735292U CN205735292U CN201620402873.XU CN201620402873U CN205735292U CN 205735292 U CN205735292 U CN 205735292U CN 201620402873 U CN201620402873 U CN 201620402873U CN 205735292 U CN205735292 U CN 205735292U
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- cutting die
- roller bearing
- cutting
- lower roller
- moulding press
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Abstract
This utility model relates to a kind of moulding press, this moulding press includes frame, upper roller bearing, lower roller bearing, transmission component and handle, in frame, activity arranges roller bearing and lower roller bearing, handle drives upper roller bearing, lower roller bearing to rotate by transmission component, first cutting die is set on described upper roller bearing, described lower roller bearing arranges the second cutting die.Compared with prior art, the moulding press in this utility model is cheap, simple in construction, changes cutting die and conveniently and is not limited by moulding material length, width and thickness, can realize the advantages such as the cross cutting to moulding material, embossing, cutting or 3D pressing mold.
Description
Technical field
This utility model belongs to molding apparatus field, is specifically related to a kind of moulding press.
Background technology
Existing molding apparatus is used for large-scale industrial production, and equipment scale is big, takes up room big, and structure is complicated, there is unhandy defect.For needing the moulding material of different pattern structure, replacing cutting die is relatively cumbersome and cost is high, and is limited by paper size and thickness；For having only to carry out the material of edge pressing mold, existing moulding press structure is also difficult to meet.Therefore, those skilled in the art is devoted to develop a kind of simple in construction, easy to operate, the moulding press not limited by moulding material size and thickness.
Summary of the invention
For shortcoming or the deficiency of above-mentioned prior art, the technical problems to be solved in the utility model is to provide a kind of cheap, simple in construction, replacing cutting die convenience and the moulding press not limited by moulding material length, width and thickness.
For solving above-mentioned technical problem, this utility model has a following composition:
Moulding press, including frame, upper roller bearing, lower roller bearing, transmission component and handle, in frame, activity arranges roller bearing and lower roller bearing, and handle drives upper roller bearing, lower roller bearing to rotate by transmission component, first cutting die is set on described upper roller bearing, described lower roller bearing arranges the second cutting die.
The outside of described second cutting die is provided with first governor motion being fixed on lower roller bearing, and described first governor motion includes regulating support and regulation wheel, and the downside of one end of described regulation support and lower roller bearing outer end is fixed, and the other end is fixed with frame；Described regulation wheel is arranged on regulation support.
The second governor motion being arranged on the downside of lower roller bearing it is additionally provided with in described frame, described second governor motion includes handle, trunnion axis and support bar, described trunnion axis horizontally passes through frame, the outer end of trunnion axis arranges handle, the inner is flexibly connected with support bar, and the bottom of described support bar is fixed with frame.
Described first cutting die and the most corresponding being arranged on roller bearing and lower roller bearing of the second cutting die, the distance between the first cutting die and the second cutting die is less than the thickness of moulding material.
Described first cutting die and the second cutting die are arranged on roller bearing and lower roller bearing passes stander end, and the first cutting die and the second cutting die carry out clamping with upper roller bearing and lower roller bearing by groove and the projection being mutually matched respectively.
Described first cutting die and the second cutting die are columnar structured, and its outer wall all scribes concavo-convex pattern structure；When the pattern structure on the first cutting die and one of them cutting die outer wall of the second cutting die is thicker, when the outer wall of another cutting die is smooth, material is carried out cross cutting；When the pattern structure of the first cutting die and the second cutting die outer wall is relatively thin, material is embossed；When the outer ledge of the first cutting die and the second cutting die arranges at least one annular rib structure, material is carried out cutting；When the first cutting die and the second cutting die, one of them outer wall is die, when another outer wall is punch, material is carried out 3D pressing mold.
Described first cutting die and the second cutting die are made by acrylonitrile-butadiene-styrene copolymer (ABS) or polypropylene (PP) material.
Described transmission component is made up of driving gear, the first driven gear, the second driven gear and the 3rd travelling gear, and described driving gear and the first driven gear are arranged in frame, and driving gear engages with the first travelling gear being arranged on upper roller bearing；Described second driven gear and the 3rd driven gear are separately positioned on roller bearing and lower roller bearing near the outside of frame, the second driven gear and the engagement of the 3rd driven gear.
Described moulding press also includes that the first cutting die is fixed by a lock nut, described lock nut with upper roller bearing.
Described moulding press is B shape structure.
Compared with prior art, moulding press in this utility model has the advantage that cutting die rotates along with the rotation of upper and lower roller bearing, on first cutting die and the second cutting die, the mutually extruding of pattern structure can realize the mold pressing to edge of materials, the cutting die changing different pattern structure is more convenient, and this structure is not limited by moulding material length and width；Scribe concavo-convex pattern structure the first cutting die on outer wall and the second cutting die cooperates and can realize the cross cutting to material, embossing, cutting or 3D pressing die function；In this utility model the first governor motion and the second governor motion with the use of, the moulding material of different-thickness can be molded.
Accompanying drawing explanation
Fig. 1: the structural representation of this utility model moulding press.
Fig. 2: the left view of this utility model moulding press.
Fig. 3: the right view of this utility model moulding press.
Detailed description of the invention
Below with reference to accompanying drawing, the technique effect of design of the present utility model, concrete structure and generation is described further, to be fully understood from the purpose of this utility model, feature and effect.
As shown in Figure 1, moulding press in this utility model includes frame 10, upper roller bearing 20, lower roller bearing 30, transmission component 40, handle 50 and lock nut 100, in frame 10, activity arranges roller bearing 20 and lower roller bearing 30, handle 50 drives upper roller bearing 20, lower roller bearing 30 to rotate by transmission component 40, first cutting die 60 is set on described upper roller bearing 20, described lower roller bearing 30 arranges the second cutting die 70.First cutting die 60 is fixed by described lock nut 100 with upper roller bearing 20.Lock nut 100 can prevent cutting die from loosening with upper and lower axle during rotating.
Described transmission component 40 is made up of driving gear the 41, first driven gear the 42, second driven gear 43 and the 3rd travelling gear 44, described driving gear 41 and the first driven gear 42 are arranged in frame, and driving gear 41 engages with the first travelling gear 42 being arranged on upper roller bearing 20；Described second driven gear 43 and the 3rd driven gear 44 are separately positioned on roller bearing 20 and lower roller bearing 30 near the outside of frame 10, and the second driven gear 43 and the 3rd driven gear 44 engage.Transmission component 40 can be arranged to electric transmission assembly as required.
Described first cutting die 60 and the second cutting die 70 are arranged on roller bearing 20 and lower roller bearing 30 passes frame 10 end, and the first cutting die 60 and the second cutting die 70 carry out clamping with upper roller bearing 20 and lower roller bearing 30 by groove and the projection being mutually matched respectively.Described first cutting die 60 and corresponding being arranged on roller bearing 20 and lower roller bearing 30 of the second cutting die about 70, the distance between the first cutting die 60 and the second cutting die 70 is less than the thickness of moulding material.So guarantee the first cutting die 60 and the second cutting die 70 are to the cross cutting of moulding material or embossing or cutting or 3D compression molding operation.
Described first cutting die 60 and the second cutting die 70 are made by acrylonitrile-butadiene-styrene copolymer (ABS) or polypropylene (PP) material.
First cutting die 60 and the second cutting die 70 rotate, the first cutting die 60 and upper roller bearing 20 and the second cutting die 70 and the motion geo-stationary of lower roller bearing 30 along with upper roller bearing 20 and the rotation of lower roller bearing 30.
First cutting die 60 and the second cutting die 70 are columnar structured, and its outer wall all scribes concavo-convex pattern structure.This structure can realize the cross cutting to material, embossing, cutting or 3D pressing die function.As required, manually changing outer wall has the first cutting die 60 and the second cutting die 70 of different pattern structure, and this substitute mode is simple and convenient.
The outside of described second cutting die 70 is provided with first governor motion 80 being fixed on lower roller bearing 30, described first governor motion 80 includes regulating support 81 and regulation wheel 82, the downside of one end of described regulation support 81 and lower roller bearing 30 outer end is fixed, and the other end is fixed with frame 10；Described regulation wheel 82 is arranged on regulation support 81.By regulating the rotation of the regulation wheel 82 on regulation support 81, can adjust the distance between the first cutting die 60 and the second cutting die 70, the thickness of moulding material carries out the distance of upper and lower two cutting dies of timely adjustment as required in good time.
It is additionally provided with in described frame 10 and is arranged on the second governor motion 90 on the downside of lower roller bearing 30, described second governor motion 90 includes handle 91, trunnion axis 92 and support bar 93, described trunnion axis 92 horizontally passes through frame 10, the outer end of trunnion axis 92 arranges handle 91, the inner is flexibly connected with support bar 93, and the bottom of described support bar 93 is fixed with frame 10.Turning handle 91, trunnion axis 92 then moves along support bar 93 vertical direction.Can as required by the first governor motion 80 and the second governor motion 90 with the use of, the moulding material of different-thickness can be molded.
During use, when needs carry out coining operation to material, manual installation the first cutting die 60 and the second cutting die 70, the materials such as material requested such as paper, cloth, leather, cork pad are placed between the first cutting die 60 and second cutting die 70 of moulding press.Swing handle 50 makes driving gear 41 rotate, driving gear 41 drives intermeshing first driven gear 42, second driven gear 43 and the 3rd travelling gear 44 rotate, upper roller bearing 20 and lower roller bearing 30 will rotate along with the second driven gear 43 and the rotation of the 3rd driven gear 44, first cutting die 60 and the second cutting die 70 rotate along with upper roller bearing 20 and the rotation of lower roller bearing 30, moulding material has the first cutting die 60 of pattern structure and the second cutting die 70 centre to pass from outer wall under the induced effect of rotating shaft, moulding material is the most gradually extruded by pattern structure and carries out pressing mold, and this operating process is not limited by length of material.Swing handle 50 is until completing the coining operation of all material.
When moulding material needs to carry out die cut operation, select thicker the first cutting die 60 of outer wall pattern structure and smooth the second cutting die 70(of outer wall or select the first cutting die 60 and thicker second cutting die 70 of pattern structure of outer wall that outer wall is smooth), first cutting die 60 and the second cutting die 70 cooperate to extrude and moulding material are carried out cross cutting, it is preferably, the pattern structure of the first cutting die 60 outer wall is thicker, second cutting die 70 outer wall is smooth, and this design is relatively labor-saving, is more easy to operation.This operating process is not limited by length of material, and can cutting different in width and the moulding material of thickness as required.
When moulding material needs to carry out embossing operation, selecting the first cutting die 60 and the second cutting die 70 that the pattern structure of outer wall is relatively thin, the first cutting die 60 and the second cutting die 70 cooperate to extrude and emboss moulding material.This operating process is not limited by length of material, and can cutting different in width and the moulding material of thickness as required.
When moulding material needs to carry out trimming operation, cutting die outer wall is selected to be provided with the first cutting die 60 and the second cutting die 70 of at least one annular rib structure, first cutting die 60 and the second cutting die 70 cooperate to extrude and moulding material are carried out cutting, this annular rib structure can be the annular of rule, it can be the loop configuration containing different curve, the annular rib structure of rule carries out line cutting to material, annular rib structure containing different curve carries out non-linear cutting to material, design different annular rib structures as required, to cut out different lace structures, the a plurality of rib structure of cutting die outer wall can realize different in width and the cutting of different lace structure simultaneously to same material.This operating process is not limited by length of material, and can cutting different in width and the moulding material of thickness as required.
When material is carried out 3D compression molding operation, the first cutting die 60 selecting an outer wall to be die or punch, another outer wall is the second cutting die 70 of punch or die, and the first cutting die 60 and the second cutting die 70 cooperate and material is carried out 3D pressing mold.Moulding material passes under the induced effect of rotating shaft in the middle of upper and lower two cutting dies, cooperating of concavo-convex pressing mold so that moulding material occurs plastic deformation under certain pressure effect, thus moulding material surface is carried out pressing mold.The various convex picture and text molded and decorative pattern, demonstrate the grain pattern that the depth is different, have obvious 3D effect.Aforesaid operations process, with the use of the first governor motion 80 and the second governor motion 90, adjusting the distance between the first cutting die 60 and the second cutting die 70, this operating process is not limited by length of material in good time, and can cutting different in width and the moulding material of thickness as required.
When there is on the first cutting die 60 and the second cutting die 70 concavo-convex pattern structure and cutting die outer wall has at least one annular rib structure simultaneously, then can realize the fixed width clipping function to moulding material (corresponding cutting die can be changed according to the width of cutting needed for material).I.e., when the pattern structure on the first cutting die 60 outer wall is thicker, smooth (or the first cutting die 60 outer wall is smooth for the second cutting die 70 outer wall, the pattern structure of the second cutting die 70 outer wall is thicker) and time the outer wall of above-mentioned cutting die is equipped with annular rib structure, the first cutting die 60 and the second cutting die 70 can carry out cross cutting and fixed width cutting to moulding material simultaneously.When the pattern structure on the first cutting die 60 and the second cutting die 70 outer wall is relatively thin and pressing mold outer wall is provided with annular rib, moulding material can be embossed and fixed width cutting by the first cutting die 60 and the second cutting die 70 simultaneously.When the outer wall one of the first cutting die 60 and the second cutting die 70 is punch, and one is die, and when its outer wall is respectively provided with annular rib structure, the first cutting die 60 and the second cutting die 70 can carry out 3D pressing mold and fixed width cutting to moulding material simultaneously.Aforesaid operations process, with the use of the first governor motion 80 and the second governor motion 90, adjusting the distance between the first cutting die 60 and the second cutting die 70, this operating process is not limited by length of material and thickness in good time, and can the moulding material of cutting different in width as required.
According to the teaching of the present embodiment, those skilled in the art can realize the technical scheme in other this utility model protection domain completely.
Claims (10)
1. moulding press, including frame (10), upper roller bearing (20), lower roller bearing (30), transmission component (40) and handle (50), frame (10) interior activity arranges roller bearing (20) and lower roller bearing (30), handle (50) is rotated by roller bearing (20), lower roller bearing (30) in transmission component (40) drive, it is characterized in that, first cutting die (60) is set on described upper roller bearing (20), described lower roller bearing (30) arranges the second cutting die (70).
Moulding press the most according to claim 1, it is characterized in that, the outside of described second cutting die (70) is provided with first governor motion (80) being fixed on lower roller bearing (30), described first governor motion (80) includes regulating support (81) and regulation wheel (82), the downside of one end of described regulation support (81) and lower roller bearing (30) outer end is fixed, and the other end is fixed with frame (10)；Described regulation wheel (82) is arranged in regulation support (81).
Moulding press the most according to claim 1, it is characterized in that, the second governor motion (90) being arranged on lower roller bearing (30) downside it is additionally provided with in described frame (10), described second governor motion (90) includes handle (91), trunnion axis (92) and support bar (93), described trunnion axis (92) horizontally passes through frame (10), the outer end of trunnion axis (92) arranges handle (91), the inner is flexibly connected with support bar (93), and the bottom of described support bar (93) is fixed with frame (10).
Moulding press the most according to claim 1, it is characterized in that, described first cutting die (60) and the most corresponding being arranged on roller bearing (20) and lower roller bearing (30) of the second cutting die (70), the distance between the first cutting die (60) and the second cutting die (70) is less than the thickness of moulding material.
Moulding press the most according to claim 1, it is characterized in that, described first cutting die (60) and the second cutting die (70) are arranged on roller bearing (20) and lower roller bearing (30) passes frame (10) end, and the first cutting die (60) and the second cutting die (70) carry out clamping with upper roller bearing (20) and lower roller bearing (30) by groove and the projection being mutually matched respectively.
Moulding press the most according to claim 1, it is characterised in that described first cutting die (60) and the second cutting die (70) are columnar structured, and its outer wall all scribes concavo-convex pattern structure；When the pattern structure on the first cutting die (60) and one of them cutting die outer wall of the second cutting die (70) is thicker, when the outer wall of another cutting die is smooth, material is carried out cross cutting；When the pattern structure on the first cutting die (60) and the second cutting die (70) outer wall is relatively thin, material is embossed；When the outer wall of the first cutting die (60) and the second cutting die (70) arranges at least one annular rib structure, the first cutting die (60) and the second cutting die (70) carry out cutting to material；When one of them outer wall of the first cutting die (60) and the second cutting die (70) is die, when another outer wall is punch, material is carried out 3D pressing mold.
Moulding press the most according to claim 1, it is characterised in that described first cutting die (60) and the second cutting die (70) are made up of acrylonitrile-butadiene-styrene copolymer or polypropylene material.
Moulding press the most according to claim 1, it is characterized in that, described transmission component (40) is made up of driving gear (41), the first driven gear (42), the second driven gear (43) and the 3rd travelling gear (44), described driving gear (41) and the first driven gear (42) are arranged in frame, and driving gear (41) engages with the first travelling gear (42) being arranged on upper roller bearing (20)；Described second driven gear (43) and the 3rd driven gear (44) are separately positioned on roller bearing (20) and lower roller bearing (30) outside near frame (10), the second driven gear (43) and the engagement of the 3rd driven gear (44).
Moulding press the most according to claim 1, it is characterised in that described moulding press also includes a lock nut (100), the first cutting die (60) is fixed by described lock nut (100) with upper roller bearing (20).
10. according to the arbitrary described moulding press of claim 1 to 9, it is characterised in that described moulding press is B shape structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620402873.XU CN205735292U (en) | 2016-05-06 | 2016-05-06 | Moulding press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620402873.XU CN205735292U (en) | 2016-05-06 | 2016-05-06 | Moulding press |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205735292U true CN205735292U (en) | 2016-11-30 |
Family
ID=57370629
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620402873.XU Active CN205735292U (en) | 2016-05-06 | 2016-05-06 | Moulding press |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205735292U (en) |
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2016
- 2016-05-06 CN CN201620402873.XU patent/CN205735292U/en active Active
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |